def bid(player, bidding, board):
print("Now bids human player: ", player.position)
HumanController.showCards(player)
print("Input: number color")
try:
bid_string = str(input()).strip().upper()
if bid_string == "0":
return Bid(0, BidColor.PASS)
bid = Bid.string_to_bid(bid_string)
if not bid:
print("There is no such color, input again")
return HumanController.bid(player, bidding, board)
except KeyboardInterrupt:
print("That was not a number. Please insert again.")
return HumanController.bid(player, bidding, board)
except ValueError:
print("That was not a number. Please insert again.")
return HumanController.bid(player, bidding, board)
if bid == bidding.highest_bid:
print("This bidding is equal last highest bid: ", bidding,
" you have to bid again")
return HumanController.bid(player, bidding, board)
if bid < bidding.highest_bid:
print("This bidding is lower than last highest bid: ", bidding,
" you have to bid again")
return HumanController.bid(player, bidding, board)
return bid
def get_block_from_dict(block):
if block['bid'] is None:
b = Block()
b.nonce = block['nonce']
return b
else:
bid = Bid(base64_decode(block['bid']['user']),
base64_decode(block['bid']['value']))
bid.originalHash = block['bid']['originalHash']
return Block(bid, block['prev_signature'])
def handleFront(front):
logging.info('Starting handleFront')
val_return =[]
bidXmLNodes = front.getElementsByTagName("Bid")
for bidXmlNode in bidXmLNodes:
bid = Bid()
bid.setFromXmlNode(bidXmlNode)
val_return.append(bid)
logging.info('Ending handleFront')
return val_return
def endAuction(self):
print("end")
self.live = False
repoPrivKey = self.repository.getPrivKey()
if len(self.bids) > 0:
lastBlock = bytes(self.bids[len(self.bids) - 1])
else:
lastBlock = self.iv
digest = hashes.Hash(hashes.SHA256(), backend=default_backend())
digest.update(lastBlock)
checksum = digest.finalize()
sealBid = Bid({
"auction":
self.serialNum,
"user":
"",
"amount":
str(-1),
"time":
datetime.strptime(str(datetime.now()), '%Y-%m-%d %H:%M:%S.%f')
})
check_cyphered = repoPrivKey.sign(checksum, padding.PKCS1v15(),
utils.Prehashed(hashes.SHA256()))
sealBid.addCheckSum(check_cyphered)
serializedBid = pickle.dumps(sealBid)
thisIv = checksum[0:16]
cipher = Cipher(algorithms.AES(self.key),
modes.OFB(thisIv),
backend=default_backend())
encryptor = cipher.encryptor()
ct = encryptor.update(serializedBid) + encryptor.finalize()
xorValue = []
for i in range(len(ct)):
xorValue.append(ct[i] ^ thisIv[i % len(thisIv)])
self.bids.append(xorValue)
file = open("repositoryLog.txt", "a")
file.write("<<BIDCHAIN>> " + str(datetime.now()) + " -- ")
file.write(
json.dumps(self.bids) + " KEY->" +
base64.b64encode(self.key).decode("utf-8") + " IV->" +
base64.b64encode(self.iv).decode("utf-8"))
file.write("\n")
file.close()
def createCapacitatedBid(strProv, serviceId, delay, price, capacity):
bid = Bid()
uuidId = uuid.uuid1() # make a UUID based on the host ID and current time
idStr = str(uuidId)
bid.setValues(idStr, strProv, serviceId)
bid.setDecisionVariable("1", price) # Price
bid.setDecisionVariable("2", delay) # Delay
bid.setCapacity(capacity)
bid.setStatus(Bid.ACTIVE)
message = bid.to_message()
return message, idStr
def inactiveBid(bidId, strProv, serviceId, delay, price):
bid = Bid()
bid.setValues(bidId, strProv, serviceId)
bid.setDecisionVariable("1", price) # Price
bid.setDecisionVariable("2", delay) # Delay
bid.setStatus(Bid.INACTIVE)
message = bid.to_message()
return message, bidId
def createBid(strProv, serviceId, delay, price):
bid = Bid()
uuidId = uuid.uuid1() # make a UUID based on the host ID and current time
idStr = str(uuidId)
bid.setValues(idStr, strProv, serviceId)
bid.setDecisionVariable("1", price) # Price
bid.setDecisionVariable("2", delay) # Delay
bid.setStatus(Bid.ACTIVE)
message = bid.to_message()
return message, idStr
def takeTurn(self):
print("Your dice are: " + str(self._diceset))
choice = ''
while choice != 'b' and choice != 'c' and choice != 's':
print("Would you like to make a bid (b), " +
"call the last bid (c) or " +
"declare the last bid spot on (s)?")
choice = input()
if choice == 'b':
validBid = False
while not validBid:
print("Please make a bid of the form f d where d is the " +
"dice face and f is the number facing up.")
print("For example a bid of three 4s would be 3 4.")
bid = input()
if len(bid) == 3:
if bid[0].isnumeric() and bid[2].isnumeric():
proposedBid = Bid(int(bid[2]), int(bid[0]), self)
if self.getGame().getLastBid().isValidBid(proposedBid):
self.getGame().makeBid(proposedBid)
validBid = True
else :
print("That's not a valid bid, you must bid " +
"a higher dice value, more of the same " +
"dice or both.")
elif choice == 'c':
self.getGame().callBid(self)
def runAndPrint(filename):
print("Loading data from file %s..." % filename)
count = 0
slots = [] # slot object array
bids = [] # bid object array
with open(filename) as infile:
for line in infile:
line = line.strip()
count += 1
# read auction term
if count == 1:
term = line
# read click through rate
if count == 2:
parts = line.split(' ')
for ctr in parts:
slot = Slot(ctr)
slots.append(slot)
# read bids information
if count > 2:
bid = Bid(line)
bids.append(bid)
print("\nAuction for \"%s\" with %d slots and %d bidders:" %
(term, len(slots), len(bids)))
for slot in slots:
print("slot: %6.2f %8.2f %8.2f %s" %
(float(slot.clickThruRate), float(slot.price), float(
slot.profit), slot.bidder))
print(" <-- click through rates")
print(" ")
auction = Auction(term, bids)
# print bid information
print "Bids sorted from high to low:"
for b in auction.bids:
# print ("%s\t%s" % (b.value, b.name))
print("bid:%6.2f %s" % (float(b.value), b.name))
auction.executeVCG(slots)
print(" ")
print("%12s %8s %8s %8s\n" % ("clicks", "price", "profit", "bidder"))
# print slots
for slot in slots:
print("slot: %6.2f %8.2f %8.2f %s" %
(float(slot.clickThruRate), float(slot.price), float(
slot.profit), slot.bidder))
# print sums
cls = 0
rev = 0
val = 0
for s in slots:
cls += float(s.clickThruRate)
rev += float(s.price)
val += float(s.profit)
print("sums: %6.2f %8.2f %8.2f\n" % (cls, rev, val))
def bidding(self, board):
"""TO DO - zwraca highest bid i ustawia rozgrywającego w boardzie"""
current_player = self.starting_player
self.highest_bidder = None
min_to_start = 12
while min_to_start > 0:
if current_player.points < min_to_start:
current_player = board.players[(current_player.position.value +
1) % 4]
self.pass_counter += 1
else:
self.pass_counter = 0
break
if self.pass_counter == 4:
min_to_start -= 1
self.pass_counter = 0
while self.pass_counter != 4:
bidding = current_player.bid(self, board)
if bidding == Bid(0, BidColor.PASS):
print("Player PASSED")
self.pass_counter += 1
else:
self.highest_bidder = current_player
self.highest_bid = bidding
self.pass_counter = 0
friend_player = board.players[
(self.highest_bidder.position.value + 2) % 4]
if bidding.color != BidColor.N:
if friend_player.cards_known_amount[bidding.color.value] > 0 \
and friend_player.last_bid.color == bidding.color:
friend_player.cards_known_amount[
bidding.color.
value] = bidding.number - friend_player.last_bid.number
else:
board.players[
self.highest_bidder.position.
value].cards_known_amount[
bidding.color.value] = bidding.number + 4
current_player.last_bid = bidding
if self.highest_bidder.position == PlayerPosition.S or self.highest_bidder.position == PlayerPosition.N:
current_contractor = self.NS_contractor
else:
current_contractor = self.EW_contractor
if not current_contractor[bidding.color.value]:
current_contractor[
bidding.color.value] = self.highest_bidder
current_player = board.players[(current_player.position.value + 1)
% 4]
print("Highest bid is now: ", self.highest_bid)
if self.highest_bidder is None:
return None, None
if self.highest_bidder.position == PlayerPosition.S or self.highest_bidder.position == PlayerPosition.N:
current_contractor = self.NS_contractor
else:
current_contractor = self.EW_contractor
return self.highest_bid, current_contractor[
self.highest_bid.color.value]
def __init__(self, player):
self.highest_bid = Bid(0, BidColor.PASS)
self.starting_player = player
self.counter = 0
self.pass_counter = 0
self.highest_bidder = None
'''Słowniki zawierające kolor jako klucz i player_position jako wartość'''
self.NS_contractor = [None, None, None, None, None]
self.EW_contractor = [None, None, None, None, None]
def makeFirstBid(self):
totalDiceInGame = 0
game = self.getGame()
for player in game.getPlayers():
totalDiceInGame += len(player.getDiceSet())
avgDicePerPlayer = floor(totalDiceInGame / len(game.getPlayers()))
randomFrequency = random.randint(1, avgDicePerPlayer)
randomFace = self.getDiceSet().pop()
self.getDiceSet().add(randomFace)
self.getGame().makeBid(Bid(randomFace.getTop(), randomFrequency, self))
def PlayBidding(self):
speaker = self.Next(self.dealer)
self.InformClientsBidStart(speaker)
biddings = [] # liste de toutes les enchères
finisher = -1 # compte le nombre de passe à la suite, démare à -1 pour gérer cas particulier du 4 passes à la suite
bestBid = None # permet de savoir rapidement si une enchère a été faite et quelle est le joueur qui l'a faite
while (
finisher != NBR_PLAYER - 1
): # tant qu'il n'y a pas eu 3 passes ou 4 passes au premier tour
self.InformClientsCurrentBidder(speaker)
self.listeClient[speaker].send(BIDORNOT)
wannaPlay = self.receivedFromPlayer(
ANSWERINGWANNAPLAY,
speaker)[1] # on demande au joueur s'il veut jouer
if int(wannaPlay):
bid = Bid(
) # il va faire une enchère on crée donc une instance d'enchère
IsBidValid = False
while not IsBidValid: # check s'il a bien le droit de faire l'enchère (obligation de monter)
self.listeClient[speaker].send(PROPOSECONTRACT)
received = self.receivedFromPlayer(ANSWERINGCONTRACT,
speaker)[1:]
bid.value = int(received[0])
bid.color = int(received[1])
IsBidValid = self.testBid(biddings, bid)
bestBid = speaker # au moment ou le joueur fait une enchère s'est forcément la meilleure
if bid.value == 9: # si quelqu'un annonce capot les enchères sont finies (on ne peut pas d'enchere plus haute) on lance le jeu
return (bidResult(bid, FROM_NUMBER_TO_TEAM[bestBid]))
biddings.append(bid)
finisher = 0 # quelqu'un a fait une enchère on remet le compteur des passes à 0
self.UpdatePlayersGraphBid(speaker,
bidding_to_string(bid) + " | ")
else:
finisher += 1
self.UpdatePlayersGraphBid(speaker, "pass | ")
speaker = self.Next(speaker)
if (bestBid != None): # s'il y a eu au moins une enchère de faite
return (
bidResult(biddings[-1], FROM_NUMBER_TO_TEAM[bestBid])
) # on retourne la derniere enchère et le dernier joueur à avoir faite une enchère
else:
return None # aucune enchère n'a été faite
def makeFirstBid(self):
print("Your dice are: " + str(self._diceset))
validBid = False
while not validBid:
print("Please make a bid of the form f d where d is the " +
"dice face and f is the number facing up.")
print("For example a bid of three 4s would be 3 4.")
bid = input()
splitbid = bid.split(' ')
if len(splitbid) == 2:
if splitbid[0].isnumeric() and splitbid[1].isnumeric():
proposedBid = Bid(int(splitbid[1]), int(splitbid[0]), self)
if Bid(1, 0, self).isValidBid(proposedBid):
self.getGame().makeBid(proposedBid)
validBid = True
else :
print("That's not a valid bid, you must bid " +
"a higher dice value, more of the same " +
"dice or both.")
def runAndPrint(filename):
print("loading Auction from file %s" % filename)
count = 0
slots = []
bids = []
with open(filename) as infile:
for line in infile:
line = line.strip()
count += 1
if count == 1:
term = line
if count == 2:
parts = line.split(' ')
for ctr in parts:
slot = Slot(ctr)
slots.append(slot)
if count > 2:
bid = Bid(line)
bids.append(bid)
print("Auction for \"%s\" with %d slots and %d bidders" %
(term, len(slots), len(bids)))
for slot in slots:
print("slot: %6.2f %8.2f %8.2f %s" %
(float(slot.clickThruRate), float(slot.price), float(
slot.profit), slot.bidder))
print(" <-- click through rates")
print(" ")
auction = Auction(term, bids)
for b in auction.bids:
# print ("%s\t%s"%(b.value,b.name))
print("bid:%6.2f %s" % (float(b.value), b.name))
auction.executeVCG(slots)
print(" ")
print("%12s %8s %8s %8s\n" % ("clicks", "price", "profit", "bidder"))
for slot in slots:
print("slot: %6.2f %8.3f %8.3f %s" %
(float(slot.clickThruRate), float(slot.price), float(
slot.profit), slot.bidder))
cls = 0
rev = 0
val = 0
for s in slots:
cls += float(s.clickThruRate)
rev += float(s.price)
val += float(s.profit)
print("sums: %6.2f %8.3f %8.3f\n" % (cls, rev, val))
def bid(player, bidding, board):
print("Now bids computer player:", player.position)
max = bidding.highest_bid.number
color = bidding.highest_bid.color
my_color = None
if color == BidColor.PASS:
# first bidding of this player when no one bid before
for i, count in enumerate(player.cards_amount):
if count >= 5:
my_color = BidColor(i)
if not my_color:
return Bid(0, BidColor.PASS)
else:
return Bid(1, my_color)
elif color == BidColor.N:
# if a human player gives no color -> just pass
return Bid(0, BidColor.PASS)
else:
eq_color = None
# color you can raise when bidding number is equal
co_player_known_cards = board.players[(player.position.value + 2) %
4].cards_known_amount
for i in range(color.value + 1, 4):
if player.cards_amount[i] + co_player_known_cards[i] == max + 4:
print("My cards: ", player.cards_amount[i],
" my co_player: ", co_player_known_cards[i])
eq_color = BidColor(i)
elif player.cards_amount[i] + co_player_known_cards[
i] > max + 4:
# if on i-color we can gain more points
my_color = BidColor(i)
if not my_color:
if not eq_color:
if player.cards_amount[
color.value] + co_player_known_cards[
color.value] < max + 5:
return Bid(0, BidColor.PASS)
else:
return Bid(max + 1, color)
else:
return Bid(max, eq_color)
else:
return Bid(max + 1, my_color)
async def run(self):
for auctionElement in self.agent.auctions:
if auctionElement.auctionStart < datetime.now():
if auctionElement.auctionEnd > datetime.now():
if len(auctionElement.buyers) > 0:
for buyer in auctionElement.buyers:
bid = Bid(auctionElement.auctionId,
auctionElement.bidIncrement,
auctionElement.winner,
auctionElement.endPrice)
bidJson = jsonpickle.encode(bid)
msgNotify = Message(to=buyer,
body=bidJson,
metadata={
"ontology": "aukcija",
"language": "hrvatski",
"intent":
"bidajakooces"
})
await self.send(msgNotify)
else:
print(
f"AUKCIJA {auctionElement.auctionId} NEMA SUDIONIKA"
)
if auctionElement.winner != None:
print(
f"AUKCIJU VODI AGENT {auctionElement.winner} -> {auctionElement.endPrice}"
)
else:
if auctionElement.active == True:
if auctionElement.winner != None:
print(
f"AUKCIJU VODI AGENT {auctionElement.winner} -> {auctionElement.endPrice}"
)
update = EndAuctionRequestModel(
auctionElement.auctionId,
auctionElement.endPrice,
auctionElement.winner)
updateJson = jsonpickle.encode(update)
apiUrl = "https://localhost:44388/api/auction/finish"
headers = {'Content-Type': 'application/json'}
requests.put(url=apiUrl,
data=updateJson,
headers=headers,
timeout=10,
verify=False)
if len(auctionElement.buyers) > 0:
for buyer in auctionElement.buyers:
win = Winner(auctionElement.auctionId,
auctionElement.winner,
auctionElement.endPrice)
winJson = jsonpickle.encode(win)
msgNotify = Message(to=buyer,
body=winJson,
metadata={
"ontology":
"aukcija",
"language":
"hrvatski",
"intent":
"aukcijagotova"
})
await self.send(msgNotify)
else:
print(
f"AUKCIJA {auctionElement.auctionId} NEMA SUDIONIKA"
)
print("ZAVRSAVAM AUKCIJU ZA OVAJ PREDMET")
auctionElement.active = False
async def run(self):
try:
msg = await self.receive(timeout=100)
if msg:
intent = msg.get_metadata("intent")
#register buyer
if intent == "registerbuyer":
#check if user is in registeredUser array
if msg.body not in self.agent.registeredUsers:
self.agent.registeredUsers.append(msg.body)
print(f"User {msg.body} registered")
else:
print(f"User {msg.body} already added")
#filter list with available auction items
tempAuctions = []
for auctionItem in self.agent.auctions:
if auctionItem.auctionStart > datetime.now():
tempAuctions.append(auctionItem)
#create spade message instance for registration
content = jsonpickle.encode(self.agent.auctions)
msg = Message(to=msg.body,
body=content,
metadata={
"ontology": "aukcija",
"language": "hrvatski",
"intent": "auctionitems"
})
await self.send(msg)
print("ORGANIZATOR: Poruka aukcija poslana")
#register buyer auctions
if intent == "auctionitemsreg":
temp = jsonpickle.decode(msg.body)
temp.__class__ = ItemRegistration
for auction in self.agent.auctions:
for registeredAuction in temp.auctionItems:
if auction.auctionId == registeredAuction:
print(
f"Korisnik {temp.agentId} prijavljen na aukciju {auction.auctionId}"
)
auction.buyers.append(temp.agentId)
update = AddBuyerRequest(
auction.auctionId, temp.agentId)
updateJson = jsonpickle.encode(update)
apiUrl = "https://localhost:44388/api/auction/buyer"
headers = {
'Content-Type': 'application/json'
}
requests.put(url=apiUrl,
data=updateJson,
headers=headers,
timeout=10,
verify=False)
#biding
if intent == "bid":
bider = jsonpickle.decode(msg.body)
bider.__class__ = NewBid
for auction in self.agent.auctions:
if auction.auctionId == bider.auctionId:
if auction.endPrice < bider.agentPrice:
auction.endPrice = bider.agentPrice
auction.winner = bider.agentId
update = EndAuctionRequestModel(
auction.auctionId, auction.endPrice,
auction.winner)
updateJson = jsonpickle.encode(update)
apiUrl = "https://localhost:44388/api/auction/newprice"
headers = {
'Content-Type': 'application/json'
}
requests.put(url=apiUrl,
data=updateJson,
headers=headers,
timeout=10,
verify=False)
else:
bid = Bid(auction.auctionId,
auction.bidIncrement,
auction.winner, auction.endPrice)
bidJson = jsonpickle.encode(bid)
msgNotify = Message(to=bider.agentId,
body=bidJson,
metadata={
"ontology":
"aukcija",
"language":
"hrvatski",
"intent":
"bidajakooces"
})
await self.send(msgNotify)
except Exception:
traceback.print_exc()
async def makeBid(self, bid, client_key, c=0):
if c == 0:
try:
client_key.verify(base64.b64decode(bid["signature"]),
bytes(bid["user"], "utf-8"),
padding.PKCS1v15(), hashes.SHA1())
except:
return '{"status":1, "error":"Invalid Signature."}'
bid = Bid(bid, client_key)
if await self.repository.validateBid(bid):
if self.live:
if bid.amount < self.lowestBidValue and self.lowestBidValue - bid.amount < self.marginValue and bid.amount > self.minimumValue:
self.lowestBidValue = bid.amount
self.lowestBidUser = bid.user
if len(self.bids) == 0:
bid.addCheckSum(self.iv)
serializedBid = pickle.dumps(bid)
cipher = Cipher(algorithms.AES(self.key),
modes.OFB(self.iv),
backend=default_backend())
encryptor = cipher.encryptor()
ct = encryptor.update(
serializedBid) + encryptor.finalize()
xorValue = []
for i in range(len(ct)):
xorValue.append(ct[i] ^ self.iv[i % len(self.iv)])
else:
digest = hashes.Hash(hashes.SHA256(),
backend=default_backend())
digest.update(bytes(self.bids[len(self.bids) - 1]))
checksum = digest.finalize()
bid.addCheckSum(checksum)
serializedBid = pickle.dumps(bid)
print(serializedBid)
thisIv = checksum[0:16]
cipher = Cipher(algorithms.AES(self.key),
modes.OFB(thisIv),
backend=default_backend())
encryptor = cipher.encryptor()
ct = encryptor.update(
serializedBid) + encryptor.finalize()
xorValue = []
for i in range(len(ct)):
xorValue.append(ct[i] ^ thisIv[i % len(thisIv)])
#self.bids.append(bid)1
self.bids.append(xorValue)
#repo signature
privkey = self.repository.getPrivKey()
signature = bytes(
privkey.sign(bytes(bid.user, "utf-8"),
padding.PKCS1v15(), hashes.SHA1()))
sgn = base64.b64encode(signature).decode("utf-8")
return '{"user":"******","signature":"' + sgn + '","amount":' + str(
bid.amount) + ',"auction":' + str(
bid.auction) + ',"evidence":"' + base64.b64encode(
bytes(xorValue)).decode("utf-8") + '"}'
return '{"status":1, "error":"Unable to complete bid. Your value does not follow the auction\'s rules."}'
return '{"status":1, "error":"Unable to complete bid. Auction is already closed."}'
return '{"status":1, "error":"Bid did not pass the validation process."}'
def sIA_function(self):
# This function represents The Simple Itareted Auction algorithm. It provides
# list of tasks that need to be assigned to the agents. After it recieves bids from
# the agents it calls choose_bid function that decides which bids are accepted and which
# are not.
self.Tauc = []
self.bids = []
TaucMsg = []
self.sort_Tasks()
self.define_Tauc()
print(f'Tasks TF on auction: {self.Tauc}\n')
while self.Tauc:
TaucMsg.clear()
control = False
for task in self.Tauc:
TaucMsg.append(task.to_msg())
for name in self.ns:
rospy.wait_for_service(f'/{name}/provide_tauc')
try:
self.resp1 = ProvideTaucResponse()
provide_tauc = rospy.ServiceProxy(f'/{name}/provide_tauc',
ProvideTauc)
self.resp1 = provide_tauc(TaucMsg)
if self.resp1.time != 0:
self.bids.append(
Bid(Task.to_task(self.resp1.bid), self.resp1.time,
self.resp1.robot_name))
except rospy.ServiceException as exc:
print("Service did not process request: " + str(exc))
if self.resp1.time != 0:
control = True
print("Bidder name: {0}".format(self.resp1.robot_name),
end='\n')
print("Bid: {0}".format(self.resp1.bid.name), end='\n')
print("Time: {0} seconds\n".format(self.resp1.time))
else:
print(
f"{self.resp1.robot_name} couldn't bid for any task at this moment.\n"
)
if not control:
print("No one could bid for rest of tasks on auction :(\n")
print(
"Auctioneer is going to remove those tasks from auction.")
self.Tauc.clear()
self.choose_bid()
if self.Tauc:
print(f"=========================================\n")
print(f"Tasks still left on auction: {self.Tauc}\n")
elif self.TL and self.TH and not self.Tauc:
for name in self.ns:
rospy.wait_for_service(f'/{name}/tighten_schedule')
try:
tighten_schedule = rospy.ServiceProxy(
f'/{name}/tighten_schedule', TightenSchedule)
tighten_schedule(True)
except rospy.ServiceException as exc:
print(end='')
self.define_Tauc()
print(f"=========================================\n")
print(f"Tasks TL on auction: {self.Tauc}\n")
elif self.TH and not self.Tauc:
for name in self.ns:
rospy.wait_for_service(f'/{name}/tighten_schedule')
try:
tighten_schedule = rospy.ServiceProxy(
f'/{name}/tighten_schedule', TightenSchedule)
tighten_schedule(True)
except rospy.ServiceException as exc:
print(end='')
self.define_Tauc()
print(f"=========================================\n")
print(f"Tasks TH on auction: {self.Tauc}\n")
print("=========================================\n")
for name in self.ns:
rospy.wait_for_service(f'/{name}/declare_end')
try:
self.resp2 = DeclareEndResponse()
declare_end = rospy.ServiceProxy(f'/{name}/declare_end',
DeclareEnd)
self.resp2 = declare_end(True)
for r_name in self.robot_name_location:
if r_name == name.capitalize():
for tsk in self.resp2.schedule:
t = Task.to_task(tsk)
self.robot_name_location[r_name][0].append(
float(t.location_X))
self.robot_name_location[r_name][1].append(
float(t.location_Y))
except rospy.ServiceException as exc:
print(end='')
def process_bidding_round(self):
self.state = GameState.BIDDING_ROUND
logging.info("Starting bidding round")
first_bidder = self.starting_player
next_bidder = first_bidder
# logging.info("Object json: {}\n".format(self.json))
# Assume bids are legal because the UI should handle this bit
# If we do do AI players we might as well enforce they follow rules too right?
logging.info(
"Getting a first bid from {}, and enforcing a minimum 28 bid".
format(self.players[self.starting_player].name))
bid_amount = self.players[first_bidder].make_bid(enforce_bid=True)
self.bid_history.append(Bid(self.players[first_bidder], bid_amount))
winning_bid = Bid(self.players[first_bidder], bid_amount)
self.push_bid_info(winning_bid)
# logging.info("Continuing bidding round after first bid")
done = False
last_nminus1_bids = []
while not done:
next_bidder = (next_bidder + 1) % self.num_players
bid_amount = self.players[next_bidder].make_bid()
bid = Bid(self.players[next_bidder], bid_amount)
self.bid_history.append(bid)
# logging.info("Bid history json: {}".format(self.get_bid_json()))
# TODO: Implement bidding rules
# Second condition _should_ be redundant because we should assume they play by the rules
# Actually should be redundant because of the UI preventing this?
if bid_amount > 0 and bid_amount > winning_bid.bid_amount:
logging.info("Updating winning bid : {} bid {}".format(
self.players[next_bidder].name, bid_amount))
winning_bid = Bid(self.players[next_bidder], bid_amount)
else:
logging.info("{} opted to pass".format(
self.players[next_bidder].name))
self.push_bid_info(bid)
# Check termination
if len(last_nminus1_bids) < self.num_players - 1:
last_nminus1_bids.append(bid_amount)
else:
# Should use an array (questionable) but lol
last_nminus1_bids.pop(0)
last_nminus1_bids.append(bid_amount)
# If n-1 people pass in a row
if len(last_nminus1_bids) == self.num_players - 1 and sum(
last_nminus1_bids) == 0:
logging.info(
"Last {} bids were passes, ending bidding round".format(
self.num_players - 1))
# logging.info("Object json: {}\n".format(self.json))
done = True
self.game_bid = winning_bid
logging.info("Asking winning bidder to select a trump to hide")
self.state = GameState.HIDE_TRUMP_REQUEST
self.hidden_trump_card = winning_bid.player.select_trump()
self.bidder_index = winning_bid.player.number
# Remove the card from their hand, and place it face down on the table
# Note that this card is not available to play until trump is requested
self.player_hands[self.bidder_index].remove(self.hidden_trump_card)
logging.info("{} chose to hide {}".format(winning_bid.player.name,
str(self.hidden_trump_card)))
# Use this to make sure the player doesn't start a round with that suit
# (unless they have no choice but code that too)
self.trump_suit = self.hidden_trump_card.suit
